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    • 1. 发明授权
    • Mobile crane with a telescopic main boom
    • 移动式起重机具有伸缩主臂
    • US07172082B2
    • 2007-02-06
    • US10480705
    • 2002-05-31
    • Michael IrschAlexander KnechtJens Fery
    • Michael IrschAlexander KnechtJens Fery
    • B66C23/42
    • B66C23/828
    • A mobile crane includes an under carriage, a superstructure that is rotatably mounted on the superstructure, and a main boom, which is composed of a base body and several telescopic lengths up to a predetermined maximum number, which slide into one another and can be extended from the base body. The main boom is mounted on the superstructure so that it can rotate about a horizontal axis and its inclination can be adjusted by means of a hydraulic tilting cylinder that is hinged on the superstructure and the base body. A maximum permissible weight is predefined for the main boom, as a result of a restriction on the permissible axle load of the mobile crane during road haulage. The crane is also provided with a lifting capacity increasing device, which significantly increases the lifting capacity of the main boom when the telescopic lengths are extended, in relation to the state without the lifting capacity increasing device. The lifting capacity increasing device, as part of the standard basic equipment of the mobile crane, is connected in a fixed manner to the main boom, while maintaining the maximum number of telescopic lengths that are carried.
    • 移动式起重机包括下支架,可旋转地安装在上部结构上的上部结构,以及主起重臂,其由基体和几个伸缩长度达到预定最大数量组成,彼此滑动并可延伸 从基体。 主悬臂安装在上部结构上,使其能够围绕水平轴线旋转,并且其倾斜度可以通过铰接在上部结构和基体上的液压倾斜缸来调节。 由于在公路运输期间对移动式起重机的允许轴负载的限制,主臂的最大允许重量是预先确定的。 起重机还具有提升能力增加装置,当伸缩长度延长时,相对于没有提升能力增加装置的状态,这显着增加了主起重臂的提升能力。 作为移动式起重机的标准基础设备的一部分的起重能力增加装置以固定的方式连接到主起重臂,同时保持承载的最大数量的伸缩长度。
    • 2. 发明授权
    • Crane with telescope jib
    • 起重机与望远镜吊臂
    • US06189712B1
    • 2001-02-20
    • US09424604
    • 1999-11-24
    • Klaus ConradThomas KrebsMichael IrschJens Fery
    • Klaus ConradThomas KrebsMichael IrschJens Fery
    • B66C2304
    • B66C23/705B66C23/708
    • A crane includes a telescopic jib having telescopic jib sections and a base jib. The telescopic sections are arranged so that they can be axially moved into and out of the base jib individually. Locking pins are used hold the telescopic sections in place once they are in the required position. A hydraulic piston-cylinder unit arranged in the telescopic jib can push or pull individual jib sections when the respective locking bolts are removed. The movable portion of the piston-cylinder unit has two securing and locking units located at opposing ends of the movable portion. To move the jib section, one of the securing and locking units is connected to the jib section to be moved and the movement of the movable portions pushed or pulls the telescopic section. Once the jib section is moved to a desired position, the locking pin is reinserted to hold the position of the jib section. Since there are two securing and locking units, the piston-cylinder unit is approximately half the length of the telescopic section.
    • 起重机包括具有伸缩臂架部分和底架的伸缩臂。 伸缩部分被布置成使得它们可以单独地轴向地移入和移出基架。 一旦使用锁定销就可以将伸缩部分固定在适当位置。 布置在伸缩臂中的液压活塞 - 气缸单元可以在拆卸相应的锁定螺栓时推动或拉动单个悬臂部分。 活塞 - 气缸单元的可移动部分具有位于可动部分的相对端的两个固定和锁定单元。 为了移动起重臂部分,固定和锁定单元中的一个连接到起重臂部分以移动,并且可动部分的移动推动或拉动伸缩部分。 一旦将起重臂部分移动到期望的位置,则锁定销被重新插入以保持起重臂部分的位置。 由于存在两个固定和锁定单元,所以活塞 - 气缸单元大约是伸缩部分长度的一半。
    • 5. 发明授权
    • Telescopic boom for cranes
    • 起重机伸缩臂
    • US06516962B1
    • 2003-02-11
    • US09680691
    • 2000-10-06
    • Michael IrschJens Fery
    • Michael IrschJens Fery
    • B66C2304
    • B66C23/701B22F2998/00B22F7/006
    • A telescopic boom for crane, in particular mobile cranes, includes a base section and a plurality of boom sections received in the base section and telescopically extendible and retractable. The base section and the boom sections are each made of a profile comprised of an upper shell and a lower shell which are joined together at their confronting walls, with the upper shell having a nominal wall thickness which is equal or smaller than a nominal wall thickness of the lower shell. At least one portion of the upper and lower shells includes, as viewed in cross section, two outer thin metal sheets which are placed in spaced-apart relationship to define an intermediate space therebetween.
    • 用于起重机,特别是移动式起重机的伸缩臂包括基部和容纳在基部中并且可伸缩地伸缩的多个悬臂段。 底座部分和吊杆部分均由由上壳体和下壳体组成的轮廓构成,上壳体和下壳体在其相对的壁处连接在一起,上壳体的标称壁厚等于或小于公称壁厚度 的下壳。 如上所述,上壳体和下壳体的至少一部分在横截面中包括两个以间隔开的关系设置的外部薄金属片,以在其间限定中间空间。
    • 6. 发明申请
    • Mobile crane boom having an autarchic hydraulic power unit mounted thereon
    • 具有安装在其上的自主液压动力单元的移动式起重机吊臂
    • US20050098524A1
    • 2005-05-12
    • US10922373
    • 2004-08-20
    • Michael IrschBernd Backes
    • Michael IrschBernd Backes
    • B66C13/18B66C23/70B66C23/82
    • B66C23/702B66C13/18B66C23/82
    • The present invention relates to a mobile crane boom having a self-sufficient energy supply arranged on it for supplying hydraulic energy to at least one hydraulic load arranged on the mobile crane boom. The supply of the hydraulic load arranged on the mobile crane boom is therefore not carried out by means of a hydraulic unit arranged on the revolving superstructure of the crane, which provides the hydraulic energy to each hydraulic load via hoses, but by means of a hydraulic unit which is arranged in the upper reaches of the mobile crane boom or in the area of the linkage of any second boom section. By arranging the hydraulic unit directly on the boom, the hoses normally required for supplying the hydraulic loads can be eliminated.
    • 本发明涉及一种移动式起重机吊臂,其具有设置在其上的自给能量供应,用于向设置在移动式起重机吊臂上的至少一个液压载荷提供液压能量。 因此,设置在移动式起重机吊臂上的液压负载的供给不能通过布置在起重机的旋转超结构上的液压单元来实现,该液压单元通过软管向每个液压负载提供液压能量,而是通过液压 单元,其布置在移动式起重机吊臂的上游或任何第二起重臂部分的连接区域中。 通过将液压单元直接布置在起重臂上,可以消除通常用于供应液压负载的软管。
    • 8. 发明授权
    • Mobile crane boom having an autarchic hydraulic power unit mounted thereon
    • 具有安装在其上的自主液压动力单元的移动式起重机吊臂
    • US07258242B2
    • 2007-08-21
    • US10922373
    • 2004-08-20
    • Michael IrschBernd Backes
    • Michael IrschBernd Backes
    • B66C23/06
    • B66C23/702B66C13/18B66C23/82
    • The present invention relates to a mobile crane boom having a self-sufficient energy supply arranged on it for supplying hydraulic energy to at least one hydraulic load arranged on the mobile crane boom. The supply of the hydraulic load arranged on the mobile crane boom is therefore not carried out by means of a hydraulic unit arranged on the revolving superstructure of the crane, which provides the hydraulic energy to each hydraulic load via hoses, but by means of a hydraulic unit which is arranged in the upper reaches of the mobile crane boom or in the area of the linkage of any second boom section. By arranging the hydraulic unit directly on the boom, the hoses normally required for supplying the hydraulic loads can be eliminated.
    • 本发明涉及一种移动式起重机吊臂,其具有设置在其上的自给能量供应,用于向设置在移动式起重机吊臂上的至少一个液压载荷提供液压能量。 因此,设置在移动式起重机吊臂上的液压负载的供给不能通过布置在起重机的旋转超结构上的液压单元来实现,该液压单元通过软管向每个液压负载提供液压能量,而是通过液压 单元,其布置在移动式起重机吊臂的上游或任何第二起重臂部分的连接区域中。 通过将液压单元直接布置在起重臂上,可以消除通常用于供应液压负载的软管。
    • 9. 发明授权
    • Apparatus for reducing the axle load of a multiaxle movable telescopic
crane
    • 用于减少多轴可移动伸缩式起重机的轴向载荷的装置
    • US6032809A
    • 2000-03-07
    • US79732
    • 1998-05-15
    • Michael Irsch
    • Michael Irsch
    • B66C23/42B66C23/62B66C23/26
    • B66C23/42B66C23/62
    • An apparatus for reducing the axle load of a multiaxle movable crane which includes a truck; a superstructure rotatably mounted on the truck; a main jib including a basic jib and at least one telescopic section, the basic jib having a plurality of rollers fastened in operative connection, the main jib being releasably fastened to the superstructure; and a semitrailer having a front end and a back end with a loading area, a first ramp-like beam and a second ramp-like beam arranged in a longitudinal direction of the semitrailer in the loading area so as to be parallel to and at a distance from one another, each ramp-like beam having a top edge and a contoured runway disposed along the top edge, the rollers being configured to the contour of the runway and operable to transport the main jib from the superstructure to the semitrailer.
    • 一种用于减少包括卡车的多轴移动式起重机的轴负载的装置; 上部结构可旋转地安装在卡车上; 主起重臂,其包括基本起重臂和至少一个伸缩部分,所述基础起重臂具有可操作地连接的多个滚子,所述主吊臂可释放地紧固到所述上部结构; 以及具有前端和后端的半挂车,其具有装载区域,第一斜坡状梁和第二斜坡状梁,所述第一斜坡梁和第二斜坡梁在装载区域中沿纵向方向布置在半挂车的纵向方向上,以便平行于和在 每个斜坡状梁具有沿着顶部边缘设置的顶部边缘和轮廓的跑道,所述滚轮被配置为跑道的轮廓并且可操作以将主起重臂从上部结构传送到半挂车。